Up to 32% Taller Maize With Higher Dry Matter Across All Input-Reduction Levels
At the Experimental Field of Centurion University of Technology & Management in Odisha, India, maize treated with Kyminasi® Crop Booster™ water was compared with maize receiving standard water across seven input-reduction levels. The treated maize was taller and accumulated more dry matter per plant at every level reported in the trial.
- Date
- May 2025
- Location
- Centurion University of Technology & Management, Odisha, India
- Crop
- Maize
- Design
- Split Plot · 7 Subplots · 3 Replications Each
- Levels
- 0%, 10%, 25%, 40%, 55%, 70%, 100% Input Reduction
- Test
- Kyminasi® Crop Booster™ Water
- Control
- Standard Water
- Inputs
- Both Fields Otherwise Treated Equally
Treated maize was taller and accumulated more dry matter at every reported input-reduction level.
Across the seven reported input-reduction levels, Crop Booster-treated maize showed plant-height differences ranging from +9% to +32% and DMA per plant differences ranging from +4% to +13%. The source also describes bigger leaves, denser and greener vegetation, above-ground development, and root-zone development, particularly within the intermediate treatment levels.
Plant Height
KPCB-treated maize was taller than the control at all seven reported input-reduction levels, with source-reported differences from +9% to +32%.
Dry Matter Accumulation
DMA per plant was also higher at every reported level, with source-reported differences ranging from +4% to +13%.
Vegetation Appearance
The source describes denser and greener vegetation across all treatment levels 45 days after seeding.
Growth & Root-Zone Observation
Bigger leaves, above-ground development, and root-zone development were reported qualitatively. No numerical root measurements were supplied.
| Input Reduction | Plant Height (cm) | DMA / Plant (g) | ||||
|---|---|---|---|---|---|---|
| KPCB | Control | Gain | KPCB | Control | Gain | |
| 0% | 183 | 149 | +23% | 80.57 | 71.05 | +13% |
| 10% | 181 | 143 | +27% | 76.96 | 68.52 | +12% |
| 25% | 177 | 137 | +29% | 73.53 | 67.61 | +9% |
| 40% | 170 | 134 | +27% | 73.15 | 67.40 | +9% |
| 55% | 162 | 132 | +23% | 72.82 | 65.79 | +11% |
| 70% | 140 | 128 | +9% | 67.99 | 65.62 | +4% |
| 100% | 78 | 59 | +32% | 60.57 | 57.74 | +5% |
Location: Odisha, India · Date: May 2025
Crop: Maize
Design: Split Plot With Seven Subplots & Three Replications Each
Input-Reduction Levels: 0% · 10% · 25% · 40% · 55% · 70% · 100%
Test: Kyminasi® Crop Booster™ Water
Control: Standard Water
Plant Height: +9% to +32% · Source-Reported Differences
DMA / Plant: +4% to +13% · Source-Reported Differences
Vegetation Observation: Denser & Greener at 45 Days · Source Reported
Additional Boost: None Reported
The table above preserves the raw values and rounded percentage gains supplied in the source. The trial describes seven levels from 0% to 100% as “input reduction,” while other narrative portions refer to “stress levels.” Because the source does not define exactly which inputs were reduced or the protocol used to establish each reduction level, this page preserves the table's “input reduction” terminology without adding an interpretation. The supplied narrative also uses the name “Kyminasi Fruits” in several places, although the trial information identifies the treatment as Kyminasi Crop Booster™ water; this version uses the treatment name associated with the trial setup. Bigger leaves, denser greener vegetation, above-ground development, and root-zone development are source-reported observations. No leaf dimensions, NDVI, GreenSeeker, SPAD, root length, root depth, root mass, final grain yield, Brix, grain quality, input quantities, or economic results were supplied.
Why this matters for maize growers: This university field trial provides direct treated and control measurements across seven reported input-reduction levels. Crop Booster-treated maize was taller and accumulated more dry matter per plant at every level in the supplied dataset, with the largest reported plant-height difference reaching 32% and the largest DMA-per-plant difference reaching 13%.
Want to learn more about Harvest Harmonics technology or discuss your maize or corn operation with our team?
For Booking or Quotes Click Here
